1

These data are from a computer simulation for a batted baseball with mass $0.145 \mathrm{kg},$ including air resistance: (a) How much work was done by the air on th...

Question

These data are from a computer simulation for a batted baseball with mass $0.145 \mathrm{kg},$ including air resistance: (a) How much work was done by the air on the baseball as it moved from its initial position to its maximum height? (b) How much work was done by the air on the baseball as it moved from its maximum height back to the starting elevation? (c) Explain why the magnitude of the answer in part (b) is smaller than the magnitude of the answer in part (a).

These data are from a computer simulation for a batted baseball with mass $0.145 \mathrm{kg},$ including air resistance: (a) How much work was done by the air on the baseball as it moved from its initial position to its maximum height? (b) How much work was done by the air on the baseball as it moved from its maximum height back to the starting elevation? (c) Explain why the magnitude of the answer in part (b) is smaller than the magnitude of the answer in part (a).



Answers

These data are from a computer simulation for a batted baseball with mass $0.145 \mathrm{kg},$ including air resistance: (a) How much work was done by the air on the baseball as it moved from its initial position to its maximum height? (b) How much work was done by the air on the baseball as it moved from its maximum height back to the starting elevation? (c) Explain why the magnitude of the answer in part (b) is smaller than the magnitude of the answer in part (a).


Similar Solved Questions

5 answers
~0 / ~4504 U ( &"Kana 4uceupoints) Cakculale F Ihen pH 0.10 M Naoh Hco44unalt48' pednt for0.1O MMCOHCOO- (N hcoom (441 # M(M O.l O.10 Asbuke LX $ vor sware ~0lh)acot (0 Io - )zo 7Jetr)€44l ~fes dx 7Is/ ue &(e tlue CnatSdxir'Xt?` 04010 X- 5.9x(0 3 H PHF Xo9 $ 9xio'o_JaAcoo #
~0 / ~4504 U ( &" Kana 4uceu points) Cakculale F Ihen pH 0.10 M Naoh Hco 44unalt48' pednt for 0.1O MMCO HCOO- (N hcoom (441 # M(M O.l O.10 Asbuke LX $ vor sware ~ 0lh) acot (0 Io - )zo 7Jetr)€ 44l ~ fes dx 7Is/ ue &(e tlue Cnat Sdxir' Xt?` 040 10 X- 5.9x(0 3 H PHF Xo9 $ ...
5 answers
The instructions for Solution IV deserihe the preparation of a bulfer solution Calculale the pH ofthis buller solution if it has an cqual conceniralion of NH; and NH' _ Does this solution buffer in the acidic, hasic nearly neutral pH rwiee? Explain Jou decided your answer Explain why nceessary provide buller solution this point in the procedure_
The instructions for Solution IV deserihe the preparation of a bulfer solution Calculale the pH ofthis buller solution if it has an cqual conceniralion of NH; and NH' _ Does this solution buffer in the acidic, hasic nearly neutral pH rwiee? Explain Jou decided your answer Explain why nceessary ...
3 answers
3 Find the singular value decomposition of A = 2 6 3
3 Find the singular value decomposition of A = 2 6 3...
5 answers
The sat pfivectorsUHIHH): Is an orthogonal @ Tnue C FatseQUESTIONha d stance botween the vectorsandiV01OVz200
The sat pfivectors UHIHH): Is an orthogonal @ Tnue C Fatse QUESTION ha d stance botween the vectors andiV 01OVz 200...
5 answers
10:00HW 5-7.pdfHW 5-7.pdf -Ennent4
10:00 HW 5-7.pdf HW 5-7.pdf - Ennent4...
5 answers
Consider dihybrid, AaBb: It can make four gamete types in equal proportion due to the Law of Independent Assortment The following is one possible way the chromosome pairs might align at the metaphase plate during metaphase of meiosisDraw the two gamete types that will result from completion of this meiosis (I and II)_ Draw second way that the chromosomes might align at the metaphase plate (draw the chromosomes as they will align at the metaphase plate
Consider dihybrid, AaBb: It can make four gamete types in equal proportion due to the Law of Independent Assortment The following is one possible way the chromosome pairs might align at the metaphase plate during metaphase of meiosis Draw the two gamete types that will result from completion of this...
5 answers
(10 pts) The first accurate estimate of biological cell membrane thickness was determined through a macroscopic measurement of electrical properties of suspension of cells. The capacitance per unit area of cell membranes was measured to be LpF /cm?. Assuming dielectric constant of 3,find the membrane thickness_ (10 pts) Find the equivalent capacitance between points a and b for the combination of capacitors in following circuit:70u5uF
(10 pts) The first accurate estimate of biological cell membrane thickness was determined through a macroscopic measurement of electrical properties of suspension of cells. The capacitance per unit area of cell membranes was measured to be LpF /cm?. Assuming dielectric constant of 3,find the membran...
1 answers
Show that the couple IA of Fig. 16.15 can be eliminated by attaching the vectors $m \overline{\mathbf{a}}_{t}$ and $m \overline{\mathbf{a}}_{n}$ at a point $P$ called the center of percussion, located on line $O G$ at a distance $G P=\bar{k}^{2} / \bar{r}$ from the mass center of the body.
Show that the couple IA of Fig. 16.15 can be eliminated by attaching the vectors $m \overline{\mathbf{a}}_{t}$ and $m \overline{\mathbf{a}}_{n}$ at a point $P$ called the center of percussion, located on line $O G$ at a distance $G P=\bar{k}^{2} / \bar{r}$ from the mass center of the body....
5 answers
15. point) Consider the planes Lx + ly +3 = | and br+1=0 (A) Find the unique point P on the y-axis which is on both planes. (B) Find a unit vector U with positive first coordinate that is parallel to both planes:(C) Use parts (A) and (B) to find vector equation for the line of intersection of the two planes r(t)Answer(s) submitted:(incorrect)
15. point) Consider the planes Lx + ly +3 = | and br+1=0 (A) Find the unique point P on the y-axis which is on both planes. (B) Find a unit vector U with positive first coordinate that is parallel to both planes: (C) Use parts (A) and (B) to find vector equation for the line of intersection of the t...
5 answers
Rhe cxplicinnolutiontucs dtiflerentiul &unt JOm:(v + jdr (2 Fr scc? (#))dy = 0.
rhe cxplicinnolution tucs dtiflerentiul &unt JOm: (v + jdr (2 Fr scc? (#))dy = 0....
5 answers
Let 0 be an angle such that cscd =and tand <0. Find the exact values of cot8 and sece.cot 0seco0
Let 0 be an angle such that cscd = and tand <0. Find the exact values of cot8 and sece. cot 0 seco 0...
5 answers
For the circuit shown; find the power (in W) dissipated in the resistor R1Ry = 10.0 (2Vz = 9.00 V Rz = 20.0 {2LaayRy = 30.0 I2 V = [5.0 V3,yl _ixl 0.00741.1310.89411.3164.05
For the circuit shown; find the power (in W) dissipated in the resistor R1 Ry = 10.0 (2 Vz = 9.00 V Rz = 20.0 {2 Laay Ry = 30.0 I2 V = [5.0 V 3,yl _ixl 0.0074 1.131 0.894 11.31 64.05...

-- 0.023470--